What to do if Rigol MSO5104 Test Equipment stays black after power on?
If your Rigol Test Equipment's screen remains black after powering it on, verify that the power switch is turned on and the power cord is correctly connected. Also, check the fuse and replace it if necessary with the specified type. After these checks, restart the equipment. If the issue continues, it may require professional assistance.
Why Rigol MSO5104 doesn't recognize USB storage device?
If your Rigol Test Equipment is not recognizing the USB storage device, first ensure that the USB device works correctly. Confirm that the USB storage device uses FAT32-format Flash storage. The equipment does not support hardware storage types. Check that the USB storage device's capacity does not exceed 8 GB. Try restarting the instrument with the USB device inserted. If problems persist, further assistance may be needed.
What to do if touch functions don't work on Rigol MSO5104?
If the touch functions are not working correctly on your Rigol Test Equipment, first verify that the touch screen is enabled by pressing the Touch Lock switch. Ensure that the screen and your fingers are clean and free of oil or sweat. Check for any strong magnetic fields near the instrument, and if present, move the instrument away from the magnetic source. If the issue persists, further assistance may be required.
Why is the waveform display ladder-like on Rigol Test Equipment?
A ladder-like waveform display on your Rigol Test Equipment can occur if the horizontal time base is too low. Increasing the horizontal time base should improve the display. Also, if the display type is set to 'Vector', switch to 'Dots' by pressing the Display Type button, as the lines between sample points in 'Vector' mode can cause this effect.
General| Type | Tabletop |
|---|---|
| Product type | - |
| Bandwidth | 100 MHz |
| Sampling rate | 500000 MS/s |
| Channels quantity | 16 channels |
| Minimum time base setting (per division) | 3.5 ns |
| Display type | LCD |
| Display diagonal | 9 \ |
| AC input voltage | 100 - 240 V |
| AC input frequency | 45 - 440 Hz |
| Power consumption (max) | 75 W |
| Non-operating altitude | 3000 - 15000 m |
| Storage temperature (T-T) | -30 - 70 °C |
| Operating temperature (T-T) | 0 - 50 °C |
Weight and Dimensions| Width | 367 mm |
|---|
Key safety precautions before operating the instrument.
Explains WARNING and CAUTION statements in the manual.
Defines DANGER, WARNING, and CAUTION terms used on the product.
Explains common safety symbols found on the product.
Specifies requirements for adequate airflow and clearance.
Details the product's conformity to overvoltage category II.
Instructions for cleaning the instrument's exterior and display.
Lists the key features and specifications of the MSO5000 series oscilloscopes.
Instructions on adjusting legs and connecting to AC power.
Identifies and describes the front panel controls and connectors.
Identifies and describes the rear panel connectors and features.
Details the functions of keys in the Vertical control area.
Explains the oscilloscope's graphical user interface and display elements.
Describes multi-touch and gesture operations.
Explains methods for setting parameters using knobs or touch screen.
Steps to turn analog channels on or off.
How to adjust the voltage per division for a channel.
Adjusting the vertical position of the waveform.
Setting coupling modes (DC, AC, GND) to filter signals.
Reducing noise by limiting the signal's bandwidth.
Setting the oscilloscope's probe attenuation ratio.
How to adjust the time per division.
How to adjust the horizontal position of waveforms.
Function for magnifying specific parts of the waveform.
Selecting between YT, XY, and ROLL timebase modes.
Choosing between Normal, Average, Peak, and High Resolution acquisition.
Understanding and setting the sample rate.
Setting the sample rate for logic analyzer channels.
Understanding and setting the acquisition memory depth.
Setting memory depth for logic analyzer channels.
Selecting analog channels, digital channels, or AC line as trigger source.
How to adjust trigger level and threshold for various trigger sources.
Explains Auto, Normal, and Single trigger modes.
Lists available trigger types, including serial protocol options.
Using rectangular zones on the screen to define trigger conditions.
How to perform arithmetic and logic operations on waveforms.
Performing automatic measurements of waveform parameters.
Using cursors to measure waveform values.
Features and usage of the digital voltmeter.
Features and usage of the frequency counter.
Testing the quality of AC input lines.
Measuring ripple quantity of DC output voltage.
Steps to turn the histogram function on or off.
Choosing between Horizontal, Vertical, and Measure histogram types.
Selecting channels or measurement results as histogram source.
Setting logic thresholds and calibrating probes for digital channels.
Details on decoding parallel bus signals.
Instructions for decoding RS232 serial communication.
Guide for decoding I2C serial bus communication.
Defining custom masks for pass/fail criteria.
How to output standard waveforms like Sine, Square, Ramp, Pulse, DC, Noise.
Creating and saving custom arbitrary waveforms.
Restoring the oscilloscope to its factory default settings.
Configuring USB, LAN, or GPIB interfaces for remote control.
Steps to install the USB driver for the oscilloscope.
Sending SCPI commands via the remote command control panel.
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